【🔥 48-urna bliskovita razprodaja】Rabljena baterija WattCycle 12V 100Ah Deep Cycle LiFePO4

Naše baterije 12V 100AH LifePO4 imajo največji polnilni tok 100A. Vendar jih običajno priporočamo, da jih zaračunate 0,2C (20a) Za optimalno ravnovesje hitrosti, varnosti in dolgoživosti.

Watt-Hours = Amp-Hours X napetost akumulatorja
100AH x 12,8V = 1280Wh

Priporočene operativne temperature za našo 12V 100ah litijeva baterija so:

• Charging: 0°C – 65°C
• Discharging: -20°C – 70°C
• Storage: 0°C – 60°C

Vgrajen sistem za upravljanje baterij (BMS) zagotavlja visoko in nizkotemperaturno zaščito, kar zagotavlja varno delovanje. Na primer:

• Low-Temperature Protection: Automatically halts charging if the temperature drops below -20°C to prevent damage.
• High-Temperature Protection: Stops charging/discharging if temperatures exceed 65°C (charging) or 70°C (discharging).

Ključne opombe:

• Performance in Extreme Conditions: While the battery can operate in these ranges, optimal performance is achieved within 20°C – 25°C.
• Avoid Prolonged Exposure: Extended use outside the recommended ranges may reduce lifespan or efficiency.
• Storage: Keep the battery in a dry, temperature-controlled environment when not in use.

Varnost najprej! BMS zagotavlja varno uporabo, vendar vedno spremlja razmere baterije v ekstremnih okoljih.

Na delovanje baterije vpliva več dejavnikov, vključno z zmogljivostjo baterije, povezano obremenitvijo in stanje baterije. Na primer, nova baterija deluje bolje kot rabljena, saj se njegova zmogljivost rahlo zmanjša s ponavljajočimi se polnilnimi cikli. Vendar lahko ocenite čas izvajanja z preprosto formulo, ki temelji na porabi energije in zmogljivosti baterije: Runtime (ure) = zmogljivost baterije (WH)/skupna poraba energije naprave (w) Primer:
Če imate 12V 100AH baterijo in priključite svetilko 50 W in 50W zvočnik, bo čas izvajanja:
1280WH/(50W + 50W) = 12,8 ure Ta preprosta formula pomaga oceniti čas izvajanja pri različnih obremenitvah. Vedno upoštevajte dejavnike v resničnem svetu, kot sta temperatura in staranje baterije za natančnejše napovedi.

Za polnjenje 12V 100ah baterije iz 100% globine odtoka v 4,5 največjih sončnih urah, približno ≥400 vatov Sončnih panelov in krmilnika naboja MPPT so potrebni.

Dve 12V 100Ah bateriji vzporedno in eno samo 12V 200Ah battery Zagotoviti enako skupno zmogljivost (200ah). Vendar uporaba ene same baterije 200ah ponuja ključne prednosti:

• Consistency & Stability
  A single battery ensures uniform cell aging, voltage balance, and consistent performance.
  Parallel configurations risk imbalances due to differences in internal resistance or slight capacity variations between batteries.
• Simpler Setup
  Fewer wiring connections reduce complexity and potential failure points.
  Saves space and minimizes installation effort.
• Compact Design
  A single 200Ah battery occupies less physical space than two 100Ah batteries.

Kdaj izbrati dve bateriji 100ah: Odpuščanje: Če ena baterija ne uspe, lahko druga še vedno zagotovi delno moč. Razširljivost: Lažje postopno širiti zmogljivosti (e.g..., dodajanje več baterij kasneje). Končno priporočilo: Za večino aplikacij (e.g., sončna energija, avtodomi, rezervno napajanje), je ena sama baterija s kapaciteto 200 Ah boljša zaradi preprostosti, zanesljivosti in prostorske učinkovitosti. Vzporedne nastavitve uporabljajte le, če sta redundanca ali skalabilnost ključnega pomena.

Ni priporočljivo. Wattcycle zahteva štiri pravila za varno povezovanje baterij v seriji ali vzporedno:

• Same brand
• Same voltage
• Same current (capacity)
• Purchased within 6 months

Zakaj je mešanje različnih baterij tvegano:

• Imbalanced Performance: The 12V 100Ah battery and mini battery likely differ in capacity, internal resistance, or age, leading to uneven charging/discharging.
• Reduced Efficiency: One battery may drain faster, forcing the other to overwork.
• Safety Risks: Mismatched batteries can overheat, degrade prematurely, or even fail.

Priporočilo:

• Use identical batteries (same brand, voltage, capacity, and age) for safe and stable operation.
• If you need more capacity or voltage, stick to one battery type (e.g., If you need a 24V 100Ah battery system, then it is recommended to purchase a 24V 100Ah battery instead of 2 12V 100Ah batteries).

Glavna razlika je v njihovi fizični velikosti: dimenzije baterije 12V 100Ah: L260 x W168 x V209 mm Mini battery dimenzije: D229 x W138 x V208 mm

S povezavo 4 vzporedne 12V 100ah litijeve baterije, znatno povečate skupno zmogljivost sistema in podaljšate čas izvajanja. Ta konfiguracija ustvari 12V 400ah baterijski sistem, dostavo do 5.12kWh energije.

Izračun izvajanja: Runtime (ure) = skupna zmogljivost baterije (WH)/skupna poraba energije naprave (w)

Primer: Če povežete 4 vzporedne 12V 100ah litijeve baterije z svetilko 50 W in 50W zvočnik: 5.12kWh (5120Wh)/(50W + 50W) = 51,2 ure

The WattCycle LiFePO4 12V 100Ah battery measures 260 × 168 × 209 mm (L × W × H) and complies with the BCI Group 24 standard.It weighs 10.5 kg, making it approximately 50% lighter than a conventional 12V 100Ah AGM battery.

This 12V 100Ah battery does not include Bluetooth functionality. Therefore, an external battery monitor is required to track battery capacity and status.

The passive balancing function is activated when the battery voltage exceeds 13.6 V and the voltage difference between cells is ≥ 30 mV.
The balancing current is relatively low, at approximately 50 mA + 20 mA, making it a gradual balancing process.

The maximum charging current is 100 A.
For optimal performance and battery lifespan, a charging rate of 0.2C (20 A) is recommended.Using a 20 A charger, it takes approximately 5 hours to fully charge the battery.

Yes, this is possible. However, WattCycle recommends periodically disconnecting the batteries and charging them individually to full capacity to maintain optimal balance.

The recommended operating temperature ranges are:

• Charging: 0°C to 50°C
  
• Discharging: -20°C to 70°C
  
• Storage: -10°C to 50°C
  

The built-in Battery Management System (BMS) provides both high- and low-temperature protection to ensure safe operation.

Yes. The battery supports an operating temperature range of -20°C to 70°C.At temperatures below -20°C, the battery will automatically stop discharging to protect itself.Once the temperature rises above 5°C, the BMS protection is lifted, and the battery resumes normal operation.